Salvatore Mazza’s Post

After months of ideating and planning with the team at Hitachi High-Tech America, Inc., today marks our official launch of RAMP UP- the Rapid Application to Market Penetration User Partnership program. With these 50 instruments, we will spend the upcoming months driving application development on the #OhmX platform across #raredisease, #cancerresearch, #cellandgenetherapy, #pharmacogenomics and more. 🥂 here’s to one more step in the democratization of structural variant analysis! 🧬 #pressrelease #genomics

🌊Join us from May 13th to 15th for the 15th International Symposium on Variants in the Genome and dive into the world of genomics in Porto, Portugal! Meet our incredible team, including Paul R. Global Channel Partner Manager and Andrea Langella Product Manager alongside our Channel Partners Mário Simas and Sonia Martins from Bioportugal - Químico, Farmacêutica, Lda. Don’t miss Andrea Langella’s presentation – ‘Expanding the Nexome: Unveiling disease in non-coding regions with Nexome’ on Monday 13th May at 15:00. The talk will explore: ✅The limitations of standard WES ✅The importance of non-coding DNA in gene regulation and its role in human disease ✅Real-world examples to showcase how Nexome has identified disease-causing variants in non-coding regions ✅How Nexome maximizes diagnostic yield without inflating sequencing costs, compared to WES #ISV2024 #isvariants #Genomics #Porto #GenomicResearch #MedicalGenomics #PortoEvents #Biotech #ResearchInnovation #Genetics #Bioinformatics #Nexome #DNASequencing #PrecisionMedicine

Bridge RNAs are structured noncoding #RNA that facilitate programmable recombination between target and donor #DNA, enabling precise genomic rearrangements. A significant advantage is their modularity. Here, CSTEAM-Biotech's Jack Huang MD, PhD shares key challenges to overcome with bridge RNAs, why they play an important role in #syntheticbiology, and more. #genomeediting #crispr #crisprcas9 #biotech https://lnkd.in/eCvpDXEr

Upcoming #Webinar 🚨 💻Join us for the webinar “A New Approach to Vector-Free CRISPR Editing Starting From Single Cells” !!! #CRISPR #CellEDIDT #CancerResearch #Scientist

Unlocking the secrets of transcriptional regulation! Assessing NGS-based approaches, benchmarking their accuracy, and revealing promising performers like BART, ChIP-Atlas, and Lisa. Discover More: https://lnkd.in/gQb446uD #bioinformatics #genomics #transcriptomics #ngs #bart #computationalbiology

You could run this exact experiment on Uncle and directly measure size by DLS, confirm aggregation by SLS, DNA leak by fluorescence with SYBR Gold. And with higher throughput than the other instruments listed. Details here: https://lnkd.in/eb54K2SB

🧬 The DNA Synthesis Market is set for a remarkable journey! 🌐 Projections suggest it will grow to a whopping USD 20.5 billion by 2032. 🚀 Witness the transformative power of biotech and genomics shaping our future! #DNASynthesis #Biotech #Genomics #FutureTech

🌍 Metagenomic Sequencing Market to Double by 2028: Trends and Insights 📊 Download PDF Brochure :-https://lnkd.in/d9D3D_Yt 🚀 Exciting news in the world of metagenomic sequencing! The global market, estimated at $2.0 billion in 2023, is set to soar to $4.5 billion by 2028, growing at an impressive CAGR of 17.5%. 📈 Our latest research study dives deep into industry trends, pricing analysis, patent insights, and key stakeholder behaviors. With continuous technological innovations in NGS platforms, we've seen reduced timelines and costs in genome sequencing and related applications, including metagenomic sequencing. 🔬💡 However, challenges remain. Developing countries face lower adoption rates for sequencing products and services due to funding limitations and budget constraints. 🌍💰 Explore the future of metagenomic sequencing with our comprehensive analysis! 📚✨ #metagenomics #sequencing #NGS #ResearchAndDevelopment #genomics

Are you working with mammalian cells? Do you want to know a bit more about the cell density effect? Don't hesitate to have a look at our new publication! Pol Pérez Rubio has studied how the PEI:DNA polyplexes interact with membrane proteins at low and high cell density! Go check it out! #CellDensityEffect #HEK293 #Transfection #ViralParticles #AnimalTechnology #Biotechnology https://lnkd.in/dEZ__s7y

The PacBio Onso short-read sequencer is redefining accuracy in genomics research. With Q40+ accuracy, Onso surpasses the traditional Q30 standard, offering unprecedented precision. Learn how this breakthrough technology is advancing fields from oncology to public health by detecting rare variants and minimizing errors. Discover the future of sequencing with Onso. Details in the blog here: https://bit.ly/3ztRTpK #PacBio #Onso